Dr. Jennifer Tata

Compliance Procedures Management of electrical/electronic components according to NAFTA market federal requirements. Specialist for visible switches.

Technical interface with Design Center Technical support of suppliers in order to achieve the quality perception targets Improvement and further achievement of the best interior/exterior quality level working with both Platform and suppliers Evaluation of aesthetical components (internal/external) in order to verify the conformity to the reference standards in terms of overall consistency and matching Monitoring of all the aesthetical parts (internal/external)

Research project about Reactive Extrusion together with Solvay Solexis S.p.A.

I worked in an European research proyect focused on the production of textile fabrics resistant to fire with high performances and quality. Specifically, the improvement in the combustion behavior of textiles is reached by the addition of nanoparticles during the finishing step. Different approaches were proposed such as simple immersion and further fixation of nanoparticles by heating and pressing, sol-gel process and coating. The samples were characterized by cone calorimeter measurements.

Selection of the desired materials (polymers and metals) in cellphone parts, following the development of the process in order to obtain the part and decorated it. I am responsible of the solutions in production's problem from the selection of the raw materials until the decoration of the parts. From the decoration point of view, I had direct contact with the suppliers in order to define the final aspect of the cellphone during the development of its parts. Frequently, team work is required with a high comm

Study of nanostructured polymeric materials for the fabrication of membranes and functional coatings.

Study of the functionalization of polymers for the preparation of membranes.

Creation of innovative ideas and developing a wide variety of new design products that satisfy the customer’s needs, especially in disposable plastic containers for home, business and industrial use. Evaluation of the possibility to create new designs according to specific moulding requirements.

The miscibility of acrylic and fluorinated polymeric systems was studied by differential scanning calorimetry and infrared spectroscopy techniques. Three different compositions (in weight) of the systems Tecnoflon/Paraloid B72, Tecnoflon/Polyethyl methacrylate) (PEMA), Tecnoflon/Polymethyl acrylate (PMA) and Poly(2,2,2-trifluoro ethyl methacrylate)(HFIFA-BVE)/Paraloid B72 were studied. The mixtures of Tecnoflon with Paraloid B72, PEMA and PMA were miscible; while the mixtures of Paraloid B72 with HFIFA-BVE.

Training course about thermal volatilisation analysis of the species evolved during the thermal degradation of the sample under study. The evolved volatile species can be identified using infrared and mass spectroscopy.

Polymers